Fim ɗin Canja wurin Zafin Hatsi Don Bayanan Aluminum

Takaitaccen Bayani:

PP itace hatsi fim kare muhalli wari, low VOC watsi, surface hardening juriya ga karce, zafi canja wurin takarda ne yafi amfani da pretreated karfe surface, vacuumed da kuma mai tsanani a cikin babban tanda na 8-10 minutes, da tsarin na canja wurin tsare za a canja wurin. zuwa karfe surface a matsayin farfajiya na ado.


Cikakken Bayani

FAQ

Tags samfurin

Aikace-aikace:

Zafin canja wurin takarda ne yafi shafi da pretreated karfe surface, vakuumed da kuma mai tsanani a cikin babban tanda na 8-10 minutes, da juna na canja wurin tsare za a canjawa wuri zuwa karfe surface a matsayin surface na ado.

1.Interior ado gida

2.Imitation kayan katako na katako

3.Office katako furniture

4.Taga da kofa

 

 

Bayanin samarwa:

Fim ɗinmu shine samfurin da ya dace don canja wurin zane da launuka akan sassan aluminum ko kowane nau'in ƙarfe na ƙarfe.Ya dace da sassa na gine-gine & bayanan martaba na aluminum, kayan gida na cikin gida, windows nuni na waje tare da alamu a cikin ƙwayar itace ko ƙirar dutse, misali don zamani na zamani. Ƙofar ado, katakon ƙofar tsaro a cikin kayan ado na katako.

TECHNICAL PARAMETER

Fim ɗin gindi PET
Kauri na tsare 26-28mic
Zazzabi 180-220 digiri
Zaman Zaman 8-10 mintuna
Tsari Canja wurin Vacuum
Standard Spec. 1270mm * 500m
Marufi 1 yi / kartani, ko palletizing

Amfanin samarwa:

Bayanan martabar aluminium na itace yana da fa'idodin bayanin martaba na aluminum da itace.Yana da tabo mai haske don kayan ado a cikin duniya, ya fi shahara a kasuwar kayan daki.

1. Ba mai guba ba, ƙanshin fenti, kayan da ya dace da muhalli.
2. Tsagewar juriya, juriya na abrasion
3. Flat canja wurin, babu kumfa, ji ƙyama resistant, danshi juriya, acid da alkali resistant.
4. Kyakkyawan anti-UV, mara fading.
5. Haƙiƙanin ƙwayar ƙwayar itace, ƙarfi mai ƙarfi ta injin.
6. Manne kai, latsa maɓalli, injin injin.

Yadda za a yi tasiri da kyau?

1.Shiri:

Profile na Aluminum, Injin Haɓakar zafi na itace, takarda hatsin itace ko jakar fim.

2.Sharadi:

Aluminum profile dole ne a foda mai rufi ko electrophoresis magani, sa'an nan za mu iya star itace canja wurin bugu.

3.Tsarin gudana kamar haka"

Aluminum profile a cikin foda mai rufi ko electrophoresis magani → rufe aluminum profile tare da itace hatsi takarda ko PET zafi canja wuri bugu fim → 170-200 ℃ yin burodi → cire fim → itace hatsi aluminum profile gama → marufi.

4.Woden hatsi aluminum profile amfani:

Aluminum profile surface yana da kyau da kuma santsi;

Tare da babban rufin ƙarfi da ƙarfin mannewa mai ƙarfi;

Tare da juriya na acid, juriya na yanayi, juriya na lalata, juriya na alkaline da juriya mai girgiza;

Itace hatsi aluminum profile ado sakamako iya zama mafi alhẽri daga m itace.


  • Na baya:
  • Na gaba:

  • 1.Q: Menene manyan samfuran ku?
    A: Our kayayyakin rufe aluminum profile inji kayan aiki, bakin karfe tube niƙa kayan aiki & kayayyakin gyara, a halin yanzu za mu iya samar da musamman sabis ciki har da cikakken sa na inji kamar simintin shuka, ss tube niƙa line, amfani extrusion latsa line, karfe bututu polishing inji da kuma don haka, duka ceton abokan ciniki' lokaci da ƙoƙarin.
    2.Q: Kuna ba da sabis na shigarwa da horo kuma?
    A: Yana iya aiki.Za mu iya shirya ƙwararrun ƙwararrun don taimakawa shigarwa, gwaji da ba da horo bayan kun karɓi samfuran kayan aikin mu.
    3.Q: Yin la'akari da wannan zai zama kasuwancin giciye, ta yaya za mu iya tabbatar da ingancin samfurin?
    A: Dangane da ka'idar gaskiya da amana, an ba da izinin bincikar rukunin yanar gizo kafin bayarwa.Kuna iya duba injin ta bisa ga hotuna da bidiyo da muke samarwa.
    4.Q: Waɗanne takaddun za a haɗa yayin isar da kaya?
    A: Takardun jigilar kayayyaki ciki har da: CI/PL/BL/BC/SC da dai sauransu ko bisa ga bukatun abokin ciniki.
    5.Q: Yadda za a tabbatar da amincin sufurin kaya?
    A: Don tabbatar da amincin sufurin kaya, inshora zai rufe kayan.Idan ya cancanta, mutanenmu za su bi diddigin wurin da ake cika kwantena don tabbatar da cewa ba a rasa wani ɗan ƙaramin sashi ba.

    Samfura masu dangantaka